Since the formulation of the AdS/CFT correspondence, asymptotically AdS black holes have been
attracting much interest, partly due to their application to entropy calculations through the counting of black hole microstates (see [1]}, [2]}, [3]} for examples in \(N=2\) , \(D=4\)  Fayet–Iliopoulos (FI)-gauged supergravity). In this context gauged supergravity theories play an important role, since the gauging of (part of) the R-symmetry generically leads to a scalar potential which, in a vacuum configuration, behaves effectively as a cosmological constant and allows for non-asymptotically flat solutions that often (but not always) approach AdS at infinity.
